Recent content by rohitjinnu16

i am attaching 2 cylinders of different size (1 of smaller cross section than the other) with the 2 pistons facing out.so if we give drive to one piston using the slider crank mechanism(by pedalling) and obtain a rotary motion on the other side through the fluid.so driving the piston (smaller...

what if i use the pascals law for providing greater force,even by applying a small amount of force on the pedal.this larger force is used to drive the rear axle.shall i face any problems please suggest any difficulties even.

yeah i got it han q

F cos x =0.7(w-F sin x) F cos x/0.7=w-F sin x F((cos x/0.7)+sin x)=w F(10 cos x+7 sin x)/7=w F=(7w)/(10 cos x+7 sinx)

kk fn.

i saw the animations the motion to the rear wheels is provided by the spider gears only,so only one input.may be i think an epicyclic gear train needs 2 inputs to give a positive drive.what about the other input.please explain if i am wrong in any way.

just take angle as some 'x' and force as F and write the equations .u wil get as Fcos x=0.7(w-F sinx) solving this u wil get the eq. as 10 cos x+7 sin x should me max for the force to be minimum. and solving x=34.99 degrees

use the front guy only to handle the tri-cycle and the give the rear ones a single axled peddal and this axle bears the 2 rear wheels and this gives no slip.and this helps in reducing the effort of each on the ride.